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# AREA subrout, CODE, READONLY ; name this block of code # ENTRY ; mark first instruction # ; to execute .text start:

# AREA LDRlabel, CODE,READONLY # ENTRY ; Mark first instruction .text start: BL func1 /* Branch to first subroutine */

# AREA Tblock, CODE, READONLY ; name this block of code .text .equ num, 20 /* Set number of words to be copied */ # ENTRY /* mark first instr

# AREA ARMex, CODE, READONLY ; name this block of code # ENTRY ; mark first instruction /* to execute */ .text start:

# AREA Loadcon, CODE, READONLY # ENTRY ; Mark first instruction .text start: BL func1 /* Branch to first subroutine */

# AREA SCopy, CODE, READONLY .text .global strcopy strcopy: /* r0 points to destination string r1 points to source string */ LDRB

# AREA Jump, CODE, READONLY ; name this block of code .text .equ num, 2 /* Number of entries in jump table */ # ENTRY /* mark the first inst

/* * linux/mm/page.s * * (C) 1991 Linus Torvalds */ /* * page.s contains the low-level page-exception code. * the real work is done in mm.c */ .globl _page_fault _page_fault: xchgl %eax,

! ! <mark>s</mark>etup.<mark>s</mark> (C) 1991 Linu<mark>s</mark> Torvald<mark>s</mark> ! ! <mark>s</mark>etup.<mark>s</mark> i<mark>s</mark> re<mark>s</mark>pon<mark>s</mark>ible for getting the <mark>s</mark>y<mark>s</mark>tem data from the BIO<mark>S</mark>, ! and putting them into the appropriate place<mark>s</mark> in <mark>s</mark>y<mark>s</mark>tem memory. ! both <mark>s</mark>etup.<mark>s ...

/* * linux/boot/head.s * * (C) 1991 Linus Torvalds */ /* * head.s contains the 32-bit startup code. * * NOTE!!! Startup happens at absolute address 0x00000000, which is also where * the p